Thermon, Inc Controls & Monitoring Genesis Duo™

Genesis Duo is Thermon’s industry leading IIoT enabled heat trace temperature controller and high temperature limiter. The Duo provides control and monitoring capabilities for one or two heat tracing circuits with input from up to two intrinsically safe RTDs per circuit. The unit can be configured to control and limit with dedicated intrinsically safe RTD inputs for the limiter channel. Genesis Duo has a 4.3” glove touch capable LCD display with an additional light ring for visual indication. Genesis Duo is also native to the Genesis Network requiring no additional hardware to communicate with Thermon’s state of the art supervisory and management platform. PRODUCT FEATURES A Genesis Duo control and monitoring unit offers the following features: Efficient Configuration and Operation: With the glove touch enabled 4.3” LCD operators can quickly program the Genesis Duo and access all readings. The touch interface is extremely intuitive and requires little training to get up and running. When the Duo is connected to Genesis Network configuration and operation can be done from a centralized location to enable a distributed controls network. Light Ring Notifications: The Duo is equipped with a notification light ring that signals the operator using color and motion to convey alarm and notification states. Upgraded Communications: The Duo is Genesis Network native with the built in wireless mesh or wired ethernet. The Duo can also optionally be connected directly to any plant DCS system via Modbus TCP or Modbus RTU. Modbus Memory maps are compatible with the TCM2 controller to enable a drop in replacement option. High Temperature Limiter: The Duo has the ability to be configured as a single channel with a high temperature limiter. The high temperature limiter functionality is isolated and has dedicated RTD inputs. The Duo when enabled with the limiter function meets the requirements of IEC/EN/UL/ CSA 60079-30-1 for controlled design to limit energy to the heat trace in explosive atmospheres.